Enriched silicon provides a completely new approach
to microelectronics. By using spin instead of charge to
process information one can manipulate the methods used to store
information and perform logic functions.

Phoenix -1 is isotopically enriched
material that enhances the 1+ nuclear magnetic moment (spin
parity) of silicon based material. Phoenix-1 patent #6365098
enriches natural silicon material with the two lesser abundant
isotopes to alter the compound so silicon-29 with its spin
parity of 1+ is the dominant isotope.

Silicon is one of the most abundant materials in the
universe and is in wide use primarily in computer chip applications.
Common sand and quartz are typical examples. Over 90% of natural
silicon consists of the isotope silicon-28; the remaining portion
is made up of two other isotopes, silicon-29 and silicon-30.

Silicon shares the same basic atomic bonding structure
as diamond. Incredibly strong this face-centered-cubic (FCC)
lattice is one of the best natural conductors of heat known,
as much as four times better than copper or silver. In
addition to the potential for enhancing information processing
Phoenix-1 material may also improve heat transfer and ductility
of natural silicon due to the increased amounts of silicon-29
and 30.

There is nothing particularly difficult neither in
accomplishing the isotopic separation for SI - 29 & SI-30
nor in manufacturing the material as these techniques are well
known and are in common practice in the metallurgical and materials
industries, in fact recent infrared free-electron
laser has been used to improve the yield of enriched silicon
isotopes by multiple-photon dissociation of Si2F6.

If you would like to participate in furthering the
development of this new technology, please contact me through
the form below. I am confident that we can work something out
for mutual professional and economic benefit. A test
coupon of the enriched material has been made by Argonne National
Labs.

Contact
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A Registered Professional Engineer Mr. Fulbright has with a Bachelors
Degree in Nuclear Engineering and currently works as an instructor
teaching basic sciences such as physics, thermodynamics, materials
science and electrical theory.

An experienced failure analyst, he has authored a manual on basic root
cause analysis techniques titled, A Comprehensive Guide to Root Cause
and Program Performance Analysis, which is currently in use as a basis
for the instructional courses for basic and advanced Root Cause Analyst
Certification as indicated at www.rootcauseanalysis.com
In general Mr. Fulbright has over thirty years of experience in the
nuclear, petrochemical, construction & manufacturing and training
industries including both domestic and foreign assignments. Areas
of expertise include course instruction for the subjects of materials
science, mathematics, physics, thermodynamics and electrical science
as well as conducting failure and root cause analyses, and working
in plant operations, design, training, field engineering and construction.